!<div style="width: 200px; height:150px">&nbsp;</div><hr>Use the correct name of your camera. For digital camera's, please use the name as mentioned at [http://www.dpreview.com/reviews/specs.asp dpreview]. || [[Image:EPDB-off-center.jpg|Tripod mount off-center]]<hr>Looking at the bottom of the camera, the distance between the the middle of the tripod mount to the lens axis (0 if the tripod mount is over the centre of the lens) || [[Image:EPDB-height.jpg|Tripod mount height]]<hr>Facing the camera, the distance from the base of the camera to the center of the lens || [[Image:EPDB-length1.jpg|Tripod mount length]]<hr>Looking at the bottom of the camera, the distance between the middle of the tripod mount to the base of the lens base, or base for adaptor tube. For fixed lens camera's which do not allow use of adaptors this column is not applicable.

! Use the correct name of your camera. For digital camera's, please use the name as mentioned at [http://www.dpreview.com/reviews?sort=brand dpreview].

+

! Looking at the bottom of the camera, the distance between the the middle of the tripod mount to the lens axis (0 if the tripod mount is over the centre of the lens)

+

! Facing the camera, the distance from the base of the camera to the center of the lens

+

! Looking at the bottom of the camera, the distance between the middle of the tripod mount to the base of the lens base, or base for adaptor tube. For fixed lens camera's which do not allow use of adaptors this column is not applicable.

*To calculate the Entrance pupil distance add the Tripod Mount Length (L1) from the camera and the Entrance Pupil Length (L2) from the lens. So for example for a Canon 300d and a 10-22mm at 10mm, the total Entrance pupil distance from the tripod mount is 40mm + 66mm = 106mm

+

+

For lenses of the same manufacturer as the camera, just take the first table, simple.

+

+

Several manufacturers (Sigma, Tamron, Tokina, etc) offer the same lens for a variety of camera mounts. Since different camera manufacturers have different lens mount dimensions, these "third party" lenses are split in a separate table (below).

|<div style="height:150px;">&nbsp;</div><hr>Enter the exact lens name, or if you are using a camera with a fixed lens the name of your camera as mentioned at [http://www.dpreview.com/products/cameras DPreview].||<div style="height:150px;">&nbsp;</div><hr>&nbsp;||[[Image:EPDB-length2.jpg|Entrance Pupil Length]]<hr>Facing the side of the lens, the distance from the base of the lens to the Entrance Pupil. A negative value means the entrance pupil is before the lens base, such is the case with many telephoto lenses.

+

!<div style="height:150px;">&nbsp;</div>Original equipment<br>(Lenses from same manufacturer as camera)<hr>Enter the exact lens name, or if you are using a camera with a fixed lens the name of your camera as mentioned at [http://www.dpreview.com/products/cameras DPreview].||<div style="height:150px;">&nbsp;</div><hr>&nbsp;||[[Image:EPDB-length2.jpg|Entrance Pupil Length]]<hr>Facing the side of the lens, the distance from the base of the lens to the Entrance Pupil. A negative value means the entrance pupil is outside the lens, in the camera body. Such is the case with many telephoto lenses. The lens base is the point on the lens that contacts the "lens base" on the camera used to determine the "Tripod mount length (L1)" in the table above.

Several manufacturers (Sigma, Tamron, Tokina, etc) offer the same lens for a variety of camera mounts. This is convenient for example, if the value listed for your lens is for the Canon version and you have a Nikon, you just have to add 2.5mm (46.5mm - 44mm).

+

+

Unfortunately, many lenses in this table didn't specify the camera type. Please edit this table if you know the version of the lens actually measured.

+

+

Luckily the difference between Nikon and Canon is just 2.5mm, so even if the version of the lens isn't known, the value listed should at least be reasonably close.

−

*To calculate the Entrance pupil distance add the Tripod Mount Length (L1) from the camera and the Entrance Pupil Length (L2) from the lens. So for example for a Canon 300d and a 10-22mm at 10mm, the total Entrance pupil distance from the tripod mount is 40mm + 66mm = 106mm

Revision as of 23:24, 23 December 2013

Wouldn't it be great if everyone entered their values for their NPP / Nodal Point / Entrance Pupil for lens and camera combinations.
Some searching on the web will find a lot of people saying they want to start to create a database of some kind, but have not seen anything substantial so far (correct me if I am wrong).

To cater for all the different camera bodies and lenses, the tables have been split into 3 parts:

The first table shows the position of the tripod mount in relation to the lens axis. This is easy to measure and is dependent only on the camera body.

The second table shows the actual entrance pupil distance which is only dependent on the lens itself. Note that the NPP for fisheye lenses is not constant over the image circle's FoV, so you will sometimes find different NPP values depending on the angle where your images overlap.

The third table shows the number if pics neccessay for a full 360° coverage and the rotation angle between shots.

Use as much as possible actual measurements rather than the reading on your panorama head, unless your are sure these are the same.

To enter a line for your combination, edit the page by clicking edit at the top of the screen (you may need to create an account or sign-in first), and edit the table below.

Tripod Mount Measurements

Use the correct name of your camera. For digital camera's, please use the name as mentioned at dpreview.

Looking at the bottom of the camera, the distance between the the middle of the tripod mount to the lens axis (0 if the tripod mount is over the centre of the lens)

Facing the camera, the distance from the base of the camera to the center of the lens

Looking at the bottom of the camera, the distance between the middle of the tripod mount to the base of the lens base, or base for adaptor tube. For fixed lens camera's which do not allow use of adaptors this column is not applicable.

Canon EOS 5D

0 mm

42 mm

37,5 mm

Canon EOS 5D MKII

0 mm

43.5 mm, 90 mm w/grip

38.5 mm

Canon EOS 5D MKIII

0 mm

43.5 mm

40 mm

Canon EOS 7D

0 mm

42 mm

37.5 mm

Canon EOS 10D

0 mm

42 mm

31.5 mm

Canon EOS 20D

0 mm

40 mm

36.5 mm

Canon EOS 40D

0 mm

42 mm

38.5 mm

Canon EOS 60D

0 mm

40.5 mm

38.5 mm

Canon EOS 400D / Digital Rebel XTi

0 mm

37 mm

39 mm

Canon EOS 300D / Digital Rebel (EOS Digital Rebel)

0 mm

40 mm

40 mm

Canon EOS 300D / Digital Rebel

0 mm

40 mm

38.5 mm

Canon EOS 350D / Digital Rebel XT

0 mm

37.5 mm

38.5 mm

Canon EOS 450D / Digital Rebel XSi

0 mm

35 mm

39 mm

Canon EOS 500D / Digital Rebel X1i

0 mm

38.5 mm

39 mm

Canon EOS 550D / Digital Rebel T2i

0 mm

39 mm

39 mm

Canon EOS 600D / Digital Rebel T3i

0 mm

40 mm

39 mm

Canon EOS 650D / Digital Rebel T4i

0 mm

41 mm

39 mm

Canon EOS 1000D / Digital Rebel XS

0 mm

37 mm

39 mm

Canon G9

12 mm

29 mm

N/A

Canon PowerShot A630

15 mm

28 mm

N/A

Canon PowerShot A710 IS

21 mm

26.5 mm

N/A

Canon PowerShot S80

18 mm

25 mm

N/A

Fujifilm FinePix S7000

0 mm

32.8 mm

69mm + 37mm(Adapt.Tube)=106mm

Konica Minolta Maxxum 7D

0 mm

41 mm

36 mm

Nikon C8800

19.1 mm

67.9 mm

N/A

Nikon D2H (+D2Hs/D2X/D2Xs?)

0 mm

79 mm

29.5 mm

Nikon D40 (+D40x?)

0 mm

36 mm

42 mm

Nikon D60

0 mm

36 mm

42 mm

Nikon D70

0 mm

52 mm

36 mm

Nikon D80

0 mm

42.8 mm

40 mm

Nikon D90

0 mm

42.8 mm

40 mm

Nikon D100 with MB-D100

0 mm

93 mm

33.5 mm

Nikon D200

0 mm

47 mm

40 mm

Nikon D200 with MB-D200

0 mm

93 mm

~33 mm

Nikon D300

0 mm

47.2 mm

42.4 mm

Nikon D300 with MB-D10

0 mm

90.2 mm

31.4 mm

Nikon D700

0 mm

50 mm

44.5 mm

Nikon D700 with MB-D10

0 mm

93 mm

44.5 mm

Nikon D800, D800E

0 mm

50 mm

44.5 mm

Nikon D800, D800E + MB-D12

0 mm

93 mm

44.5 mm

Nikon D3000

0 mm

35.6 mm

42.4 mm

Nikon D7000

0 mm

43 mm

40 mm

Nikon D7000 with MB-D11

0 mm

85.8 mm

25 mm

Nikon D3X

0 mm

76.9 mm

28.0 mm

Nikon D5000

0 mm

42.8 mm

40 mm

Nikon FT1 adapter

0 mm

43 mm

13 mm

Nikon PN11 tube

0 mm

40 mm

17 mm

Pentax *ist DS

0 mm

36 mm

43 mm

Pentax K10D/K20D

0 mm

41.6 mm

37.2 mm

Pentax K-7/K-5

0 mm

38.2 mm

41.6 mm

Panasonic Lumix DMC-LX3

21.5 mm

27.7 mm

28.9 mm

Sony Alpha 7R

0 mm

38 mm

24 mm

Sony Alpha A100

0 mm

37 mm

35 mm

Sony SLT-A33/55

0 mm

36 mm

31 mm

Sony NEX-7

0 mm

32 mm

20.5 mm

Entrance Pupil Measurements

To calculate the Entrance pupil distance add the Tripod Mount Length (L1) from the camera and the Entrance Pupil Length (L2) from the lens. So for example for a Canon 300d and a 10-22mm at 10mm, the total Entrance pupil distance from the tripod mount is 40mm + 66mm = 106mm

For lenses of the same manufacturer as the camera, just take the first table, simple.

Several manufacturers (Sigma, Tamron, Tokina, etc) offer the same lens for a variety of camera mounts. Since different camera manufacturers have different lens mount dimensions, these "third party" lenses are split in a separate table (below).

For these Focal Length values the actual focus is set to infinity () unless otherwise specified (Micro/macro lenses)

Lens

Focal Length

Entrance Pupil Length (L2)

Original equipment(Lenses from same manufacturer as camera)Enter the exact lens name, or if you are using a camera with a fixed lens the name of your camera as mentioned at DPreview.

Facing the side of the lens, the distance from the base of the lens to the Entrance Pupil. A negative value means the entrance pupil is outside the lens, in the camera body. Such is the case with many telephoto lenses. The lens base is the point on the lens that contacts the "lens base" on the camera used to determine the "Tripod mount length (L1)" in the table above.

Several manufacturers (Sigma, Tamron, Tokina, etc) offer the same lens for a variety of camera mounts. This is convenient for example, if the value listed for your lens is for the Canon version and you have a Nikon, you just have to add 2.5mm (46.5mm - 44mm).

Unfortunately, many lenses in this table didn't specify the camera type. Please edit this table if you know the version of the lens actually measured.

Luckily the difference between Nikon and Canon is just 2.5mm, so even if the version of the lens isn't known, the value listed should at least be reasonably close.

Lens

Focal Length

Entrance Pupilto Film Plane

Entrance Pupilto Lens mount (L2)

Third-party lenses, Lens manufacturer different than camera or same lens available to fit several mounts